The glass industry is currently undergoing a profound transformation. Skilled labor shortages, rising energy costs and growing expectations regarding the environmental footprint of production processes are fundamentally changing the requirements placed on machinery and equipment. At the same time, automation, digitalization, self-optimizing machines and comprehensive data monitoring are creating new opportunities to make glass production more efficient and sustainable.

How can glass surfaces be designed while precisely processing functional coatings—without additional materials? The LSP-A combines two laser processes in a single system, opening up new possibilities ranging from bird protection to high-tech glazing.

Spontaneous breakages in the buffer are rare, but can have serious consequences. With the new ASM detection system, glass breakages are detected instantly, reported, and automatically cleaned up before they become an issue.

Limited hall space, an increasing degree of automation and consistently high edge quality – this is exactly where the BSY comes into play. The compact breaking system automates Y and edge breaks, saves valuable floor space and significantly reduces manual intervention.

Processing flexible spacer material requires maximum precision. The material is fed from the coil and must be guided, punched, and applied precisely throughout the entire process. In practice, several challenges have emerged: inaccurate application, inconsistent butyl application, time-consuming changeovers, and limited flexibility across different spacer types. The solution? The new FSA-A from LiSEC.